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2	EUROGRID Vision Build a European Grid infrastructure that gives users a seamless, secure access to High Performance Computing resources and that advances computational science in Europe
3	EUROGRID Goals European HPC centers build and run a GRID testbed Seamless access to HPC resources Multi-site jobs Interfaces for important applications Bio-/Chemical Meteo CAE Industrial applications and GRID usage scenarios ASP services for engineers Intranet solutions for distributed organizations Development of new GRID middleware E.g. resource broker, efficient data transfer, . . . Contribute to Global GRID development
4	EUROGRID Partners HPC Centers CSCS Manno (CH) FZ Jülich (D) ICM Warsaw (PL) IDRIS Paris (F) Univ Bergen (N) Univ Manchester (UK) Users Deutscher Wetterdienst EADS T-Systems (debis Systemhaus (Assistant Partner)
5	EUROGRID Geography
6	UNICORE Architecture
7	Bio–GRID Develop interfaces to existing biological and chemical codes Operate a GRID for biomolecular simulations
8	Meteo–GRID Develop a relocatable version of local weather prediction model ASP solution for on demand localized weather prediction
9	CAE–GRID Coupled simulations of aircrafts (e.g. structure and electromagnetism) Goal: internal HPC portal for EADS engineers
10	CAE–GRID T-Systems (Debis Systemhaus) operates www.hpcportal.de Provide HPC portal to engineers at Daimler–Chrysler and partners Develop GRID technology for computing cost estimates and billing
11	Future developments UNICORE will be a supported, product-quality GRID system A public domain license is available for research purposes (www.unicore.org, from May 2002 on) Interoperability with Globus is under way (GRIP project) New GRID standards (OGSA, Web Services, UDDI, SOAP,...) are under investigation and will be supported
12	More information EUROGRID: www.eurogrid.org UNICORE: www.unicore.de, www.unicore.org Pallas: www.pallas.com